2015•Thermal Power GenerationRequires access

Influence of condensate throttling on unit load: simulation test

MA Liang-y

Open publisher page 2 citations

Abstract

To fully understand the potential of condensate throttling in load regulation,simulation tests were carried out on a supercritical 600 MW unit. The effects of condensate flow on unit load,deaerator water level and other parameters were investigated. The simulation results show that the condensate throttling can effectively increase the unit load response speed. However,it will lead to large fluctuation of the deaerator level,which has hidden danger to the unit's safe operation. On this basis,carrying out technical transformation about condensate throttling participating the coordination control can effectively improve the unit's automatic generation control( AGC) load response rate.

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What this paper is about

To fully understand the potential of condensate throttling in load regulation,simulation tests were carried out on a supercritical 600 MW unit. The effects of condensate flow on unit load,deaerator water level and other parameters were investigated. The simulation results show that the condensate throttling can effectively increase the unit load response speed. However,it will lead to large fluctuation of the deaerator level,which has hidden danger to the unit's safe operation. On this basis,carrying out technical transformation about condensate throttling participating the coordination control can effectively improve the unit's automatic generation control( AGC) load response rate.

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OpenAlex reports 2 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

To fully understand the potential of condensate throttling in load regulation,simulation tests were carried out on a supercritical 600 MW unit. The effects of condensate flow on unit load,deaerator water level and other parameters were investigated. The simulation results show that the condensate throttling can effectively increase the unit load response speed. However,it will lead to large fluctuation of the deaerator level,which has hidden danger to the unit's safe operation. On this basis,carrying out technical transformation about condensate throttling participating the coordination control can effectively improve the unit's automatic generation control( AGC) load response rate.

Key concepts: Bandwidth throttling, Deaerator, Supercritical fluid, Unit load, Engineering, Unit (ring theory), Automotive engineering, Volumetric flow rate

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